Abstract
An experimental study of the avalanche breakdown of the p−n-junction was carried out in order to study the temporal distribution of microplasma pulses. It was revealed that the observed appearance microplasma noise is not described in the existing model processes that occur during avalanche breakdown of p−n-junction. Using simulation, a computer model was developed that clarifies the mechanisms of microplasma instability and takes into account the electrical and temperature dependences of avalanche breakdown, which is consistent with the results of experiments.
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